Improve physical spaces and turn noise into opportunities for job success, get ready with TECH to understand Acoustics at another level"

Constant noise in modern society affects people's quality of life and work performance, causing stress and concentration difficulties. This, in turn, leads to significant economic and health consequences. In this context, the need for people to acquire knowledge in sound engineering becomes evident, since the quality of the listening environment affects comfort and efficiency in a variety of contexts, from auditoriums and theaters to offices and homes.

From that perspective, sound engineering, with its focus on planning spaces that maintain an optimal balance of sound, has become an essential component to the well-being and functionality of efficiently built environments. Students of this exclusive academic program will learn to distinguish between sound isolation and sound treatment, using advanced virtual tools such as videos and forums. In this way, this Postgraduate certificate in Room Acoustics represents a valuable training opportunity in a field that is becoming increasingly relevant today.

Additionally, the Relearning methodology in TECH, places special emphasis on the reiteration of knowledge, guided by experts in the area. This allows that, upon completion of the academic process, graduates are properly prepared to contribute to the design and construction of architectural environments that rigorously comply with acoustic insulation standards. Likewise, being a syllabus that is taught exclusively online, it will provide students with a highly adaptable and flexible learning experience that allows them to acquire fundamental skills from any geographic location.

Choose to be the professional of the future and adapt spaces for listening comfort"

This Postgraduate certificate in Room Acoustics contains the most complete and up-to-date program on the market. The most important features include:

• Development of case studies presented by experts in Acoustics engineering
• The graphic, schematic, and practical contents with which they are created, provide scientific and practical information on the disciplines that are essential for professional practice
• The practical exercises where the self-evaluation process can be carried out to improve learning
• Its special emphasis on innovative methodologies
• Theoretical lessons, questions to the expert, debate forums on controversial topics, and individual reflection assignments
• Content that is accessible from any fixed or portable device with an Internet connection

Relearning methodology is the formula for your knowledge to become successful and be one step ahead in the acoustics field"

The program includes in its teaching staff professionals of the field who pour into this training the experience of their work, in addition to recognized specialists from reference societies and prestigious universities.

Its multimedia content, developed with the latest educational technology, will allow the professional a situated and contextual learning, that is, a simulated environment that will provide an immersive training programmed to train in real situations.

The design of this program focuses on Problem-Based Learning, in which the professional will have to try to solve the different professional practice situations that will arise throughout the academic course. For this purpose, the student will be assisted by an innovative interactive video system created by renowned experts.

Discover how to generate ideas to improve acoustics in the architectural field"

Boost your knowledge and become a professional expert in Room Acoustics. Train with the best at TECH!"

This academic process covers the distinction between acoustic retreat and acoustic treatment, the energy balance of emission and the typology of noise transmission. Additionally to understanding the mechanisms of wave propagation, reflection indicators and sound absorption in buildings. Also, the use of performance magnitudes, such as the sound reduction register and the improvement in the acoustic insulation of buildings and their elements is addressed. Additionally, TECHprovides access to extensive specialized readings and virtual forums, which enriches the learning experience and encourages exploration and discovery in a state-of-the-art digital environment.

Successful learning is achieved through excellent educational content created by TECHexperts“

Module 1. Room Acoustics

1.1. Distinction of Acoustic Insulation in Architecture

1.1.1. Distinction Between Acoustic Insulation and Acoustic Treatment. Improvement of Acoustic Comfort
1.1.2. Transmission Energy Balance. Incident Sound Power, Absorbed and Transmitted
1.1.3. Sound Insulation of Enclosures. Sound Transmission Index

1.2. Transmission of Sound

1.2.1. Noise Transmission Typology. Direct and Flanking Airborne and Transmission Noise
1.2.2. Propagation Mechanisms. Reflection, Refraction, Absorption and Diffraction
1.2.3. Sound Reflection and Absorption Rates
1.2.4. Sound Transmission Paths Between Two Contiguous Enclosures

1.3. Sound Insulation Performance Parameters of Buildings

1.3.1. Apparent Sound Reduction Index, R'
1.3.2. Standardized Difference of Level, DnT
1.3.3. Standardized Level difference, Dn

1.4. Parameters for Describing the Sound Insulation Performance of the Elements

1.4.1. Sound Reduction Index, RSound Reduction Index, R
1.4.2. Acoustic Reduction Improvement Index, ΔR
1.4.3. Normalized Difference in the Level of an Element, Dn,e

1.5. Airborne Sound Insulation Between Enclosures

1.5.1. Statement of the Problem
1.5.2. Calculation Model
1.5.3. Measurement Indexes
1.5.4. Constructive Technical Solutions

1.6. Impact Sound Insulation Between Enclosures

1.6.1. Statement of the Problem
1.6.2. Calculation Model
1.6.3. Measurement Indexes
1.6.4. Constructive Technical Solutions

1.7. Airborne Sound Insulation Against Exterior Noise

1.7.1. Statement of the Problem
1.7.2. Calculation Model
1.7.3. Measurement Indexes
1.7.4. Constructive Technical Solutions

1.8. Analysis of Indoor to Outdoor Noise Transmission

1.8.1. Statement of the Problem
1.8.2. Calculation Model
1.8.3. Measurement Indexes
1.8.4. Constructive Technical Solutions

1.9. Analysis of Noise Levels Produced by the Equipment of Installations and Machinery

1.9.1. Statement of the Problem
1.9.2. Analysis of Sound Transmission Through the Installations
1.9.3. Measurement Indexes

1.10. Sound Absorption in Enclosed Spaces

1.10.1. Total Equivalent Absorption Area
1.10.2. Analysis of Spaces with Irregular Distribution of Absorption
1.10.3. Analysis of Irregularly Shaped Spaces

Learn by participating in the best forums and with the most specialized readings, take advantage of the best opportunity in online education. Join TECH"